Motion simulation of robot for nuclear reactor pressure vessel non-destructive detection based on SoftMotion

Kedong Wang, Wen-xin Xiang, G. Lin., Huaidong Chen, Chun-bing Shao, Ming Li, Z. Lin
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引用次数: 1

Abstract

Reactor pressure vessels, as the most important security barrier for nuclear power plant safety, are the only part of nuclear power plant that cannot be replaced during the whole life. The security of the vessels is very important for the safety of nuclear power. The nuclear reactor pressure vessels NDT robots are very important equipments. The detection process for these pressure vessels using the robots requires absolute safety, so it is necessary to simulate the nuclear reactor pressure vessel NDT robot and verify the feasibility. In this paper, physical modeling, the D-H rule modeling, kinematics modeling and simulation for the nuclear reactor pressure vessel NDT robots are implemented and verified with joint simulation and MATLAB.
基于SoftMotion的核反应堆压力容器无损检测机器人运动仿真
反应堆压力容器作为核电厂安全最重要的安全屏障,是核电厂全寿命期内唯一不能更换的部件。船舶的安全对核电的安全至关重要。核反应堆压力容器无损检测机器人是核反应堆压力容器无损检测的重要设备。利用机器人对这些压力容器的检测过程要求绝对安全,因此有必要对核反应堆压力容器无损检测机器人进行仿真并验证其可行性。本文对核反应堆压力容器无损检测机器人进行了物理建模、D-H规则建模、运动学建模和仿真,并利用联合仿真和MATLAB进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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